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GE Aerospace in Turkey is seeking a Lead Design Engineer to support the design, development, and improvement of rotor hardware and mechanical systems for next‑gen engine programs and technology demonstrators.
You will plan and execute design activities, perform analyses, and participate in hardware releases while collaborating with stress, manufacturing, quality and systems teams to meet performance, safety and producibility goals.
Activities contributing to the design and development of products, solutions and systems. Includes activities linked to technical improvement of existing products and components Impacts departmental operations and responsible for planning/execution. The role has some autonomy but is focused on execution of activities within an operating discipline covered by standard functional practices and procedures. Some judgment may be required but this is typically with guidance.
Site Overview: GE Aerospace has an advanced engineering center located in Istanbul, Kartal, complemented by cutting-edge laboratories in Kocaeli, Gebze. Additionally, our offices in Istanbul and Ankara provide essential support to commercial and defense engines across the country. The highly skilled engineers at the Türkiye Technology Center also contribute to GE Aerospace's engineering work on indigenous programs, new engine programs, software development, and additive manufacturing, supporting the country's position as an advanced aerospace hub. We are committed to a culture based on respect for people and provide professional growth opportunities for our employees. Join us and find an opportunity to shape the future of flight.
Responsible for supporting the design, development, and improvement of rotor hardware and mechanical systems for aerospace products. This role contributes to both new product development and technical improvement of existing components, helping ensure designs meet requirements for performance, safety, manufacturability, durability, and cost. The Lead Design Engineer will be a part of the Advanced Mechanical Design teams, responsible for the mechanical design activities of various module and components for the next-generation engine programs and relevant technology demonstrators, execution of design review cycles/ hardware releases and test support for the technology demonstrator rigs, Ground Test and Flight Test Demo engines. The position has responsibility for planning and executing assigned design activities within established engineering processes, standards, and functional practices. Work typically includes creating and updating component designs, supporting analysis and validation, resolving technical issues, and collaborating with cross-functional teams such as stress, manufacturing, quality, and systems engineering. This role has some autonomy in day-to-day execution, but work is generally performed within defined procedures and with guidance from more experienced engineers or technical leaders. The Lead Design Engineer is expected to apply sound technical judgment to routine design decisions, **escalate** more complex issues as needed, and contribute to departmental goals through reliable execution and continuous improvement.